Rotating Equipment Maintenance: Advanced Strategies

Course Introduction

This course focuses on one question: how do teams in plant maintenance, reliability and asset care apply Rotating Equipment Maintenance consistently and safely under real constraints? Five days of discussion, exercises and case work provide practical answers you can adapt to your own organisation.

Training Objectives

• 01Describe how Rotating Equipment Maintenance is defined, governed and measured in international practice
• 02Work through typical situations in plant maintenance, reliability and asset care using structured Rotating Equipment Maintenance techniques
• 03Recognise common risks, errors and non-conformities linked to Rotating Equipment Maintenance — and how to prevent them
• 04Choose the right indicators and records to monitor Rotating Equipment Maintenance over time
• 05Translate the course learning into a realistic plan agreed with your line manager

What You Will Take Away

• A field-ready checklist you can use on your next job
• Worked calculation and troubleshooting examples
• Reference tables and rules of thumb for daily decisions

Who Should Attend

• Maintenance Engineers & Planners
• Reliability Engineers
• Maintenance Supervisors & Technicians
• Asset Integrity Teams

Prerequisites: Recommended: at least two years of relevant work experience.

Training Methodology

Building on participants' existing experience, the programme relies on case analysis, comparison of approaches and structured problem-solving rather than lecture. Case material and examples are drawn from plant maintenance, reliability and asset care.

Day-by-Day Programme (5 Days)

• Day 1
  Foundations and context

  Key terms, roles and the regulatory background behind Rotating Equipment Maintenance, with examples from plant maintenance, reliability and asset care.

• Day 2
  Methods and standards in depth

  A detailed look at frameworks, codes and decision methods used in Rotating Equipment Maintenance.

• Day 3
  Practical workshop day

  Group exercises and simulations that put Rotating Equipment Maintenance techniques to work.

• Day 4
  Case-study day

  Real-world cases, failure analysis and improvement options related to Rotating Equipment Maintenance.

• Day 5
  Action plan and assessment

  Review, individual action plans and a short assessment to confirm readiness to apply Rotating Equipment Maintenance.

Upcoming Sessions